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随着微处理器技术的飞速发展,我们得到了更快的运算速度。在Socket7平台上,AMD公司已经公布了400MHz的K62处理器,而Intel早已发售了频率为450MHz的Pentium Ⅱ处理器。然而处理器频率的一再提升给我们带来的不只是性能的提高,随之而来的还有系统的散热问题,一块Pentium 75的耗电量为8W,而以.35工艺制造的Pentium Ⅱ 300的耗电量达到了43W,可想而知当如今的CPU全速运算时所散发出的巨大热量。 为了避免因CPU和系统过热而引起的计算机效能下降,各个主板厂商纷纷在主板上设置了温度探测
With the rapid development of microprocessor technology, we get faster computing speed. Socket7 platform, AMD has announced a 400MHz K62 processor, while Intel already on sale at a frequency of 450MHz Pentium Ⅱ processor. However, the continuous increase of processor frequency brings us not only the improvement of performance, but also the systematic cooling problem. The power consumption of a Pentium 75 is 8W, while the Pentium II 300 Of the power consumption reached 43W, one can imagine when the CPU is running at full speed when the huge heat emitted. In order to avoid the CPU and system overheating caused by the decline in computer performance, all motherboard manufacturers have set the motherboard on the temperature probe